Answer:
10.64 years
Explanation:
To find the number of years , use this formula :
FV / PV = (1 + r) ^n
FV = Future value = $1 million
P = Present value = $560,000.
R = interest rate = 5.6%
N = number of years
$1,000,000 / $560,000 = (1.056)^n
1.785714 = (1.056)^n
Find the In of both sides
n = 10.64 years
Answer:
e) Increase the required rate of return used to evaluate the project to reflect the higher risk of the project
Explanation:
As per the basic concept of investment, "higher the risk, higher the return".
Thus, an investor assumes a higher risk only in the scenario wherein the expected return would be commensurate with such risk. Investor would only invest in a risky asset when the return derived can compensate him for the excess risk assumed.
Required rate of return is an investors expectation of return from a project also referred to as the cost of capital.
So for the purpose of evaluating the project, the investor should use a higher required rate of return to signify higher risk which would reveal the true viability of the project.
Answer:
D3 = $7.146096 rounded off to $7.15
Explanation:
The dividend growth projected for the stock expects the stock to grow at a constant rate of 6% each year over an indefinite period of time. This means that the $6 dividend paid by the stock in the current year will grow by 6% every year over its life. Thus, the expected dividend to be paid in 3 years will be calculated as follows,
Lets say that the dividend just paid is D0. Thus, the dividend to be paid in 3 years will be D3. So, D3 will be calculated as follows,
D3 = D0 * (1+g)^3
D3 = 6 * (1+0.06)^3
D3 = $7.146096 rounded off to $7.15
